Maxim Integrated Line Transceiver CMOS Inverting 8-Pin SOIC MAX3082ECSA+

Maxim Integrated MAX3082ECSA+ is a high-quality Line Transceiver IC offering CMOS inverting logic functionality suitable for RS-485 communication interfaces. It is housed in an 8-pin SOIC surface mount package measuring 5mm in length, 6.2mm in width, and 1.75mm in height, making it compact for modern electronics.

This device supports differential input and CMOS output types, ensuring signal integrity and noise immunity in industrial and commercial data transmission systems. Its low supply current consumption of 900μA contributes to energy-efficient designs.

Engineered to operate within a temperature range of 0°C to 70°C, the MAX3082ECSA+ is suitable for a variety of environments including industrial automation, instrumentation, and communication equipment.

The transceiver can tolerate supply voltages from -0.3V to a maximum of 7V and can deliver up to 250mA maximum high-level output current. Its maximum propagation delay time of 2.6ms ensures timely data transmission over reliable RS-485 standards.

With support for both CMOS and TTL logic families, this line driver offers versatile interfacing options. The SOIC package facilitates efficient surface mount PCB assembly and is standard across various electronics manufacturing setups.

Manufactured in the United States, this line transceiver meets industry expectations for quality and performance. It is a key component for electronic communication systems that require robust and stable line transmission and reception capabilities.

Specifically designed for RS-485 single transmitters and receivers. Compact 8-pin SOIC surface mount package with industry-standard dimensions. Low power consumption with a supply current of 900μA for extended operational efficiency.

Wide operating temperature range from 0°C to 70°C suitable for industrial environments. Capable of high-level output current of 250mA and low-level output current of 25mA for strong signal drive. Inverting CMOS line transceiver supporting differential input for noise immunity.

Compatible with CMOS/TTL logic families enhancing integration versatility. Reliable propagation delay time of 2.6ms at rated conditions. Manufactured under high quality standards in the United States. Ideal for industrial, laboratory, manufacturing, and communication system applications.

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